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- Title
Wear Analysis of Iron Slag Reinforced Polyester Composites with Taguchi Optimization.
- Authors
Kumar, Nimmagadda Vijaya; Basha, Shaik Ahammad; Kishore, Chitikena Chaitanya; Aswarthanarayana, Potli; Kumar, Prathipati Pradeep; Rao, Marthati Maruthi; Babu, Sajja Ravi
- Abstract
In this paper, the dry sliding wear behaviour of the polyester composite reinforced with iron slag as filler was studied experimentally. The Taguchi method-based experiments were carried on pin-on-disk wear test set-up. The control factors considered for studying wear rate were sliding velocity, slag percentage and normal load applied on the member with constant sliding distance. The output performance parameters considered were coefficient of friction and weight loss. From the analysis of variance (ANOVA), it was observed that coefficient of friction is significantly affected by normal load then followed by slag content and sliding velocity. Sliding velocity plays a vital role on the weight loss, then followed by slag content and normal load. The optimal factor combination obtained was sliding velocity = 50 cm/s, slag percentage = 30 % and normal load = 4 kg. The model was validated using the set of optimal factor combinations to conduct a confirmation experiment.
- Subjects
POLYESTERS; IRON slag; TAGUCHI methods; SIGNAL-to-noise ratio; ANALYSIS of variance
- Publication
Ecological Engineering & Environmental Technology (EEET), 2023, Vol 24, Issue 6, p221
- ISSN
2719-7050
- Publication type
Article
- DOI
10.12912/27197050/168094